Three-dimensional shaped bedding

ABSTRACT

A there-dimensional shaped bedding comprising a confining member and a covering member is disclosed. The confining member encloses a predefined plane. The covering member is connected with the confining member in such a way that the predefined plane is situated on one side of the covering member. The covering member has at least an opening and at least one apical surface. The apical surface is one height apart from the confining member to turn the covering member into a shape of predefined continuous curve and make the apical surface essentially the highest point. The covering member may be folded up through exertion of force, and when the force is removed, restores the shape of predefined continuous curve.

BACKGROUND OF INVENTION

1. Field of the Invention

The present invention relates to a bedding, more particularly a kind ofthree-dimensional shaped bedding with predefined continuous curve.

2. Description of the Prior Art

Average person spends a third of their life sleeping, which makes thecomfort of bedding particularly important. But bedding with warmcovering that feels comfortable when you lie down is not necessarilygood bedding. The fabric used for the facing, content material, weavingmethod and colors are all key factors affecting the quality of sleep.Good choices of mattress, padding, bed sheet, pillow and blanket can bebeneficial to health, and exquisitely designed and good quality sheets,blanket cover, pillow case, and bed spread are a way of life thatprovide relaxation and comfort to sleepers.

Mattress and blanket are the first things to consider in the choice ofbedding. The selection of mattress should first determine the sizedesired, and then try it out. Good mattress should keep the spine innatural and relaxed state, which in combination with warm and softblanket, gives the sleepers comfort and a sense of satisfaction.Sleeping bag is an alternative for modern people. The working principleof sleeping bag is to create non-flowing air with a layer of inflatedfiller, which wraps the user in an accommodation space to cut down thecontact with outside environment. When the cool air outside is kept outand the human body produces thermal convection, the body temperature canbe maintained, hence keeping the user warm. The design of sleeping bagsavailable on the market has typically mummy style that comes with a headcover and a taper shape to conform to the shape of human body. The sideof the sleeping bag has a zipper to make in and out easier. Suchsleeping bag design is good for heat retention. There are alsoenvelop-shaped sleeping bag that is both comfortable and may be unzippedto be used as a blanket.

For the convenience of usage and storage, sleeping bags are usually madeof certain materials and have fixed thickness and simple style. In orderto accommodate the shape of human body, the design of sleeping bagbasically confines body movement. Thus it may not be suitable for allkinds of circumstances. The proximity of sleeping bag interior to thebody keeps the body warm, but it sometimes makes the user feel stuffyand even damp when perspiration damps the bag.

It is common for small children in kindergarten and nursery to take anap during lunch break. Because schools usually do not have bedroom forchildren, they would prepare sleeping bags and have the children sleepon classroom floor. The conventional sleeping bag is monotonous inappearance and confines the movement of typically energetic teenagers orsmall children. The sultry feel it causes also makes it less popularwith users. In this plural society, a bedding will become popular andgarner more market share if it also offers other functions in additionto providing comfortable sleeping environment.

SUMMARY OF INVENTION

The primary object of the present invention is to provide athree-dimensional shaped bedding, which is formed in one piece throughpressure molding of special materials to achieve the effect of acontinuous curve.

Another object of the present invention is to provide athree-dimensional shaped bedding, which is formed in one piece andrestores its three-dimensional shape when used to achieve the effect ofeasy storage and use.

A further object of the present invention is to provide athree-dimensional shaped bedding, which forms a shape of continuous,three-dimensional curve through the design of a covering member to offerbigger accommodation space and aesthetic effect.

Yet another object of the present invention is to provide athree-dimensional shaped bedding, which achieves the effect of a playtool for children through the design of different three-dimensionalshapes of covering member.

Yet a further object of the present invention is to provide athree-dimensional shaped bedding, which can have varying accommodationsizes through the design of covering member into different stylepatterns to allow young children to hide inside for game playing andgive them a sense of security.

To achieve the aforesaid objects, the present invention provides athree-dimensional shaped bedding, comprising a confining member and acovering member. The confining member encloses a predefined plane. Thecovering member is connected with the confining member in such a waythat the predefined plane is situated on one side of the coveringmember. The covering member has at least an opening and at least oneapical surface. The apical surface is one height apart from theconfining member to turn the covering member into a shape of predefinedcontinuous curve and make the apical surface essentially the highestpoint. The covering member may be folded up through exertion of force,and when the force is removed, restores the shape of predefinedcontinuous curve.

To achieve the aforesaid objects, the present invention provides anotherthree-dimensional shaped bedding, comprising at last a covering memberand at least a frame member. The covering member has a structure ofpredefined shape. The frame member further consists of a top surface anda bottom surface, which is a height apart from each other. The topsurface has a structure corresponding to the covering member. When theframe members props up the covering member, the covering member and theframe member form an accommodation space through the height and exhibita structure of predefined shape.

To achieve the aforesaid objects, the present invention provides yetanother three-dimensional shaped bedding, comprising a padding member,at least a covering member, a shaping member, and at least a framemember. The padding member may be laid on a flat surface. The coveringmember is connected to the periphery of padding member, and the part ofperiphery that is not connected forms at least an opening. The shapingmember is connected with the covering member and protrudes from theouter rim surface of covering member. The frame member is arranged onthe padding member to prop up the covering member to a height away fromthe padding member and form an accommodation space.

The features and structure of the three-dimensional shaped beddingaccording to the invention are depicted in detail with examples below.

BRIEF DESCRIPTION OF THE DRAWINGS

The details of the present invention will be more readily understoodfrom a detailed description of the preferred embodiments taken inconjunction with the following Figures.

FIG. 1A is a structural view of the three-dimensional shaped beddingaccording to a first embodiment of the invention.

FIG. 1B is a structural view of the three-dimensional shaped beddingaccording to a second embodiment of the invention.

FIG. 1C is a structural view of the three-dimensional shaped beddingaccording to a third embodiment of the invention.

FIG. 1D is a structural view of the three-dimensional shaped beddingaccording to a fourth embodiment of the invention.

FIG. 1E is a structural view of the three-dimensional shaped beddingaccording to a fifth embodiment of the invention.

FIG. 1F is a structural side view of the three-dimensional shapedbedding according to a sixth embodiment of the invention in a firstoperating condition.

FIG. 1G is a structural side view of the three-dimensional shapedbedding according to the sixth embodiment of the invention in a secondoperating condition.

FIG. 2A is a structural view of a preferred embodiment of thethree-dimensional shaped bedding used as a sleeping bag.

FIG. 2B is a perspective view of the three-dimensional shaped beddingused as a sleeping bag according to a first preferred embodiment of theinvention.

FIG. 2C is a perspective view of the three-dimensional shaped beddingused as a sleeping bag according to a second preferred embodiment of theinvention.

FIG. 2D is a perspective view of the three-dimensional shaped beddingused as a sleeping bag according to a third preferred embodiment of theinvention.

FIG. 2E is a perspective view of the three-dimensional shaped beddingused as a sleeping bag according to a fourth preferred embodiment of theinvention.

FIG. 3A is an external view of the first style of the three-dimensionalshaped bedding used as a sleeping bag.

FIG. 3B is an external view of the second style of the three-dimensionalshaped bedding used as a sleeping bag.

FIG. 3C is an external view of the third style of the three-dimensionalshaped bedding used as a sleeping bag.

FIG. 3D is an external view of the fourth style of the three-dimensionalshaped bedding used as a sleeping bag.

FIG. 4 is an external view of a special three-dimensional shaped beddingaccording to a preferred embodiment of the invention.

FIG. 5A is a structural view of the frame member according to a firstpreferred embodiment of the invention.

FIG. 5B is a structural view of the frame member according to a secondpreferred embodiment of the invention.

FIG. 5C is a structural view of the frame member according to a thirdpreferred embodiment of the invention.

FIG. 5D is a structural view of the frame member according to a fourthpreferred embodiment of the invention.

FIG. 5E is a structural view of the frame member according to a fifthpreferred embodiment of the invention.

FIG. 5F is a structural view of the frame member according to a sixthpreferred embodiment of the invention.

FIG. 5G is a structural view of the frame member according to a seventhpreferred embodiment of the invention.

DETAILED DESCRIPTION

Referring to FIGS. 1A and 1B which show the structural views ofthree-dimensional shaped bedding according to a first and a secondembodiment of the invention, the three-dimensional shaped bedding 1comprises: a confining member 11 and a covering member 12. The confiningmember 11 encloses a predefined plane 13. In a preferred embodiment, thepredefined plane 13 is oval shaped, which can also be round shaped. Thecovering member 12 is connected with the confining member 11 in such away that that the predefined plane 13 is situated on one side ofcovering member 12. The covering member 12 has at least an opening 14and at least one apical surface 15. As shown in FIG. 1A, the opening 14is arranged at one end of covering member 12 that allows the user 2 topass through and enter the three-dimensional shaped bedding 1. As shownin FIG. 1B, the three-dimensional shaped bedding 1 a has an opening 14 asituated at the central part of covering member 12 a.

The apical surface 15 is one height H1 away from the confining member 11to turn the covering member 12 into a shape of predefined continuouscurve and make the apical surface 15 essentially the highest point. In apreferred embodiment, the covering member 12 displays a semi-ovalsphere, which can also be hemispherical in shape. The covering member 12is fabricated by pressure moulding of foam and non-woven fabric, hencecan be made in one piece. The covering member 12 has elasticity, hencecan be folded up under the exertion of force. The confining member 11 isat least a cord or at least an elastic band. When the confining member11 is pulled, it will draw covering member 12 close in alignment with itand the covering member 12 can be folded up for storage. But when theforce is removed, the covering member 12 restores the shape ofpredefined continuous curve.

The other preferred embodiments described below have identical orsimilar elements to those described earlier. Those elements are assignedthe same numeral (with only a English letter suffix for distinctionpurpose) and names and their detailed constitutions will not beelaborated. FIGS. 1C˜1E show the side views of several embodiments ofthree-dimensional shaped bedding according to the invention. As shown inFIG. 1C, the three-dimensional shaped bedding 1 b further comprises aplurality of frame members 16 arranged inside the covering member 12 bin a predetermined manner. The frame member 16 consists of at least twoarc curves 161, at least an overlapping end 162 and two adjoining ends163. The two adjoining ends 163 adjoin the confining member 11respectively and the overlapping end 162 is situated exactly on theapical surface 15. As shown in FIG. 1D, the frame members 16 a of thethree-dimensional shaped bedding 1 c are sewed to the covering member 12c, and the frame member 16 a is roughly the shape of a honeycombcomposed of a plurality of hexagons. Naturally, the frame member 16 acan also be wavy or other shapes. In FIG. 1E, the confining member 11 ofthe three-dimensional shaped bedding 1 d is further connected to apadding member 18 with a connecting member 17. The padding member 18 isthe predefined plane enclosed by the confining member 11, and theconnecting member 17 in this embodiment is a zipper so the confiningmember 11 and the padding member 18 may be separated in an open state orzipped up in a closed state in the internal space of thethree-dimensional shaped bedding 1 d.

Please refer to FIGS. 1F and 1G, which are structural side views of thethree-dimensional shaped bedding according to the sixth embodiment ofthe invention under two different operating conditions. Thethree-dimensional shaped bedding 1 e further comprises an extending part19. The extending part 19 is connected with the covering member 12 e byan inclined angle θ by means of a connecting element 191. A preferredembodiment of the connecting element 191 is a long strip of zipper. Inaddition, a substantially triangle-shaped inter-connecting part 192 isconnected between two separate strips of the zipper (connecting element191). When the zipper (connecting element 191) is zipped-in, theinter-connecting part 192 is folded and located inside the connectingelement 191. In the meantime, the extending part 19 is inclined by theangle θ relative to the bottom surface of the covering member 12 e, asshown in FIG. 1F. When the zipper (connecting element 191) is zipped-out(i.e., opened into two separate strips), the inter-connecting part 192will expose to outside environment and also interconnect inner spaces ofthe extending part 19 and the covering member 12 e. In the meantime, theextending part 19 and the covering member 12 e will be connected like astraight line, as shown in FIG. 1G.

FIG. 2A to FIG. 2E is respectively a structural view of a preferredembodiment of the three-dimensional shaped bedding used as a sleepingbag, and a perspective view of several examples. The three-dimensionalshaped sleeping bag bedding 2 comprises: a padding member 21, at least acovering member 22, a shaping member 26, and a frame structure 23. Thepadding member 21 may be laid on a flat surface 24. In a preferredembodiment, the padding member 21 is made of cotton, feather, fabric orcomposite materials thereof that provides user 25 comfort when lyingdown. When the sleeping bag is used outdoor, it might get damp.Therefore the surface of padding member 21 in contact with the flatsurface 24 may be made of nylon or its composite material. To preventthe tossing and turning of user 25 in the sleeping bag from causing itscollapse, the padding member 21 can be further designed into anergonomically structured arc shape to give the user 25 more comfort whenlying down and let the user 25 toss and turn along the arc to anequilibrium point with the lowest relative potential energy so as toprevent the collapse of sleeping bag.

The covering member 22 is connected to the periphery of padding member21, and the part of periphery that is not connected forms at least anopening 221. The shaping member 26 is connected with the covering member22 and protrudes from the outer rim surface of covering member 22. Theshaping member 26 further consists of an acoustooptical body 261. Theacoustooptical body 261 allows the shaping member 26 to provide lightand sound signals. The frame structure 23 is arranged on the paddingmember 21 to prop up the covering member 22 to a height H2 away from thepadding member 21 and form an accommodation space 222 therebetween, sothe user 25 can enter the accommodation space 222 from the opening 221.In a preferred embodiment, the frame structure 23 is a hollow piece withtwo ends disposed respectively at two sides of covering member 22. Thusa flexible rod may be provided inside the frame structure 23 so that theframe structure 23 can be deformed into different shapes under theexertion of force. The frame structure 23 can also be closed and sealedwith specific gas. Like kind variations of the frame structure 23 willnot be elaborated here.

The frame structure 23 can also be designed with a plurality ofpositioning members 231 and a flexible strip 232 immobilized by thepositioning members 231. In a preferred embodiment, the positioningmember 231 is a sleeve connected to the covering member 22 for theinsertion of flexible strip 232. The positioning member 231 can also bea rope conjoined to the covering member 22 to tie the flexible strip232. The flexible strip 232 can also be immobilized by a ring, buckle orVelcro. All modifications and alterations made according to thedescriptions above by those familiar with the skill without departingfrom the essentials or the spirits and scope of the invention will notbe elaborated here. The frame structure 23 can also be a rigid structuremade of a plurality of rigid pieces.

In a preferred embodiment, the frame structure 23 is situated in themiddle of covering member 22 so the covering member 22 is hemisphericalin shape. The covering member 22 can also be disposed inside or outsidethe frame structure 23, and in coordination with the shaping member 26,embroidered or pasted with a plurality of circular patterns on itsexternal surface to provide a ladybug shaped sleeping bag structure. Theacoustooptical body 261 can provide intermittent flashes and summertimebuzz sound of insects. To reinforce the structure of covering member 22and undergo shape change at a plurality of spots on the covering member22 in coordination with varying shaping members 26, the frame structure23 can be designed to be two or more in number. The frame structure 23can also be a hemisphere made of foam material, and prop up the coveringmember 22. The frame structure 23 can further be a plastic strip,plastic sheet, spring steel strip, foam, foam strip, bubble strip, glassfiber strip or carbon fiber strip.

To avoid the situation where the sleeping bag cannot provide the effectof thermal insulation, the three-dimensional shaped sleeping bag bedding2 a further contains a blanketing member 27 as shown in FIG. 2C. Theblanketing member 27 can be an independent piece disposed inside theaccommodation space 222 and situated between padding member 21 andcovering member 22. In another embodiment of the invention as shown inFIG. 2D, the blanketing member 27 a of the sleeping bag bedding 2 b isconnected to the periphery of padding member 21 and at the same timeconnected to the periphery of inner rim of covering member 22. As shownin FIG. 2E, the sleeping bag bedding 2 c further comprises a headcovering member 28 connected with the opening 221. The bottom of thehead covering member 28 has a regular pillow structure, while its topsurface can provide the effect of eye shield and prop up the design ofanimal head.

The other preferred embodiments described below have identical orsimilar elements to those described earlier. Those elements are assignedthe same numeral (with only a English letter suffix for distinctionpurpose) and names and their detailed constitutions will not beelaborated. FIGS. 3A˜3D are external views of three-dimensional sleepingbag bedding in a plurality of styles according to the invention. Asshown in FIG. 3A, an embodiment shows the sleeping bag bedding in theshape of a dinosaur. In such a bedding, the covering member 22 a has ahemispherical shape. The shaping member 26 a consists of a plurality ofridges connected to the apical surface of covering member 22 a. Theshaping member 26 a can further has a foot and the exterior surface ofthe covering member 22 a may be embroidered or pasted with a pluralityof circular patterns. The head covering member 28 a is designed into adinosaur. As shown in FIG. 3B, an embodiment shows the sleeping bagbedding in the shape of a rabbit. In such a bedding, the covering member22 b is hemispherical in shape. The shaping member 26 b is designed as atail at one end of the covering member 22 b, and can further have feetstructure. The head covering member 28 b is designed into a rabbit headwith two long ears. As shown in FIG. 3C, an embodiment shows thesleeping bag bedding in the shape of a swan. In such a bedding, thecovering member 22 c is hemispherical in shape. The shaping member 26 cis designed as wings on both sides of the covering member 22 c. The headcovering member 28 c is designed into the head of the swan. As shown inFIG. 3D, an embodiment shows sleeping bag bedding in the shape of aflower. In such a bedding, the covering member 22 d is hemispherical inshape. The shaping member 26 d is designed into a plurality of petalsconnected to the outer rim of covering member 22 d, and can be furtherarranged with a plurality of patterns to display the pattern of pistils.The head covering member 28 d is designed into leaves.

FIG. 4 is an external view of a special three-dimensional shaped beddingaccording to a preferred embodiment of the invention. The specialthree-dimensional shaped bedding 3 comprises: at least a covering member31 and at least a frame member 32. The covering member 31 has apredefined shaped structure 311. In this embodiment, the bedding has theshape of a camel. Thus the covering member 31 has two protruding members312, which can be hollow or stuffed inside. The specialthree-dimensional shaped bedding 3 further consists of an acoustoopticalmember 313 connected to the covering member 31 and corresponding to theshaped structure 311 to provide the shaped structure 311 with light andsound signals.

The frame member 32 further includes a top surface 321 and a bottomsurface 322. The covering member 31 can be disposed inside or outsidethe frame member 32. The top surface 321 and the bottom surface 322 area height H3 apart. The top surface 321 has a shaped structurecorresponding to the covering member 31. In the embodiment of a camelshaped bedding, when the protruding member 312 has a hollow structure,the frame member 32 also extends to provide two hump frames 323; whenthe protruding member 312 has stuffing inside, the top surface 321 offrame member 32 is an oval curve construction. Thus when the framemember 32 supports the covering member 31, the covering member 31 formsan accommodation space 33 with frame member 32 through a height H3 andexhibits a predefined shaped structure 311.

The bottom surface 322 is laid on a flat surface 34, and the beddingwith arc curve further comprises a head covering member 35, which isconnected to the covering member 31 to further manifest the predefinedshaped structure. In this camel shaped embodiment, the head coveringmember 35 is designed into the head of camel, and the bedding furthercomprises a sleeping bag body (not shown in the figure). The sleepingbag body is disposed inside the accommodation space 33 to provideresting. The covering member 31 and the frame member 32 show thepredefined mould. The sleeping bag body can also be connected with thecovering member 31 in one piece. In another embodiment the specialthree-dimensional shaped bedding 3 further comprises a padding (notshown in the figure). The padding can adjoin the bottom surface 322 andis connected to the covering member 31 to form at least an opening (notshown in figure). The padding and the covering member together form awell-ventilated shaped structure. The head covering member 35 can alsobe connected with the padding.

FIGS. 5A˜5G are structural views of the frame member in severalembodiments of the invention. As shown in FIG. 5A, the frame member 22consists of a plurality of frames 224 in mesh arrangement to form theshape of a camel. The other preferred embodiments described below haveidentical or similar elements to those described earlier. Those elementsare assigned the same numeral (with only a English letter suffix fordistinction purpose) and names and their detailed constitutions will notbe elaborated. As shown in FIG. 5B, the frame member 22 a consists of aplurality of frames 224 a with better strength which are arranged insuch a way to form the shape of a camel. As shown in FIG. 5C, the framemember 22 b consists of a plurality of wider frames 224 b which arearranged in such as way to form the shape of a camel. As shown in FIG.5D, the frame member 22 c consists of a plurality of foam frames 224 cin one shape which are arranged and connected to form the shape of acamel. As shown in FIG. 5E, the frame member 22 d consists of one foamframe 224 d in one piece. As shown in FIG. 5F, the frame member 22 econsists of two spring steel frames 224 e which form the shape of acamel to facilitate folding and storage. As shown in FIG. 5G, the framemember 22 f consists of a plurality of frames 224 f in radialarrangement to form the shape of a camel to facilitate folding andstorage. The frame 224 can also be a plastic strip, plastic sheet,spring steel strip, foam, foam strip, bubble strip, glass fiber strip orcarbon fiber strip.

The three-dimensional shaped bedding according to the invention offersat least the following advantages:

1. It provides bedding functions.

2. The covering does not touch the user's body to lessen the feel ofstuffiness and dampness.

3. The bedding is made of special material formed in one piece bypressure moulding to give it the shape of continuous curve andfacilitate folding up and usage.

4. The frame member and covering member of the bedding can be separatedto facilitate folding and assembly.

5. The bedding can be made into special shapes (e.g. animal,transportation vehicle, cartoon character, and appliance) to make usersor observers feel more pleasant.

6. The bedding can be used as a game tool for children.

7. The accommodation space provided by the bedding structure satisfiesthe mentality of small children to hide, while giving them a sense ofsecurity and allowing them to play.

The preferred embodiments of the invention have been disclosed above,which however should not be construed as a limitation on the actualapplication of the invention. Hence all modifications and alterationsmade by those familiar with the skill without departing from the spiritsof the invention and appended claims shall remain within the protectedscope of the invention.

1. A three-dimensional shaped bedding, comprising a confining memberwhich encloses a predefined plane; and a covering member connected tothe confining member in such a way that the predefined plane is situatedon one side of covering member and having at least an opening and atleast an apical surface, the apical surface being one height apart fromthe confining member to turn the covering member into the shape of apredefined continuous curve and make the apical surface essentially thehighest point; wherein the covering member may be folded up by theexertion of force and display the shape of predefined continuous curvewhen the force is removed.
 2. The three-dimensional shaped beddingaccording to claim 1, wherein said covering member is made of foam andnon-woven fabric under pressure moulding.
 3. The three-dimensionalshaped bedding according to claim 1, wherein said bedding is folded upby the alignment and pulling of confining member.
 4. Thethree-dimensional shaped bedding according to claim 1, the beddingfurther comprising a plurality of frame members arranged in apredetermined manner inside the covering member.
 5. Thethree-dimensional shaped bedding according to claim 4, wherein saidframe member has at least two arc curves, at least an overlapping endand two adjoining ends, the two adjoing ends adjoining the confiningmember and the overlapping end situating exactly on the apical surface6. The three-dimensional shaped bedding according to claim 4, whereinsaid frame member is sewn on the covering member.
 7. Thethree-dimensional shaped bedding according to claim 1, wherein thethree-dimensional shaped bedding further comprises an extending part;the extending part is connected with the covering member by an inclinedangle by means of a connecting element.
 8. The three-dimensional shapedbedding according to claim 1, wherein said confining member is made ofat least a cord.
 9. The three-dimensional shaped bedding according toclaim 1, wherein said confining member is made of at least an elasticband.
 10. The three-dimensional shaped bedding according to claim 1,whereins said confining member is further connected with a paddingmember, the padding member being exactly the shape of predefined planeenclosed by the confining member.
 11. A three-dimensional shapedbedding, comprising at least a covering member having a predefinedshaped structure; and at least a frame member further consisting of atop surface and a bottom surface, the top surface being a height apartfrom the bottom surface and having a shaped structure corresponding tothe covering member; wherein when the frame member aligns and pulls tosupport the covering member, the covering member and the frame memberform an accommodation space through said height and display thepredefined shaped structure.
 12. The three-dimensional shaped beddingaccording to claim 11, wherein said covering member is configured insidethe frame member.
 13. The three-dimensional shaped bedding according toclaim 11, the bedding further comprising a pad adjoining the bottomsurface.
 14. The three-dimensional shaped bedding according to claim 13,wherein said pad is connected to the covering member and forms at leastan opening.
 15. The three-dimensional shaped bedding according to claim11, said bedding further comprising an acoustooptical member that allowsthe shaped structure to provide light and sound signals.
 16. Athree-dimensional shaped bedding, comprising a padding member that canbe laid on a flat surface; at least a covering member connected to theperiphery of padding member and the part unconnected forming at least anopening; at least a shaping member connected with the covering memberand protruding from the outer rim surface of covering surface; and atleast a frame member disposed on the padding member and propping up thecovering member to a height apart from the padding member to form anaccommodation space.
 17. The three-dimensional shaped bedding accordingto claim 16, wherein said frame member comprises a plurality ofpositioning members, the plurality of positioning member immbolizing atleast a flexible strip.
 18. The three-dimensional shaped beddingaccording to claim 16, wherein said shaping member has an acoustoopticalbody, the acoustooptical body allowing the shaping member to providelight and sound signals.
 19. The three-dimensional shaped beddingaccording to claim 16, wherein said frame member is a hollow piecedisposed with at least a flexible rod therein.
 20. The three-dimensionalshaped bedding according to claim 16, wherein said frame member is ahollow piece filled with a specific gas therein.